By Miklós Tóth MD, András Csillag MD, PhD, DSc (auth.), András Csillag MD, PhD, DSc (eds.)
Although the sensory organs-particularly the attention and ear-are of serious medical value, the lecture time allotted to them within the anatomical curricula is restricted due to their nice nomenclatural and physiological complexity. Sufficiently targeted descriptions can often be stumbled on in simple terms in multivolume handbooks or in professional monographs overlaying a unmarried sensory organ. In Atlas of the Sensory Organs: sensible and medical Anatomy, a panel of specialist clinical educators and the world over popular comparative and developmental neuroanatomists concisely, yet completely, describe the 5 major human sensory structures including their neural pathways, from fundamental sensation to processing via the mind. The authors offer an in depth anatomical survey of every sensory organ, masking their ontogeny (development), crucial pathways, and practical mechanisms. The organs themselves are richly illustrated with mild and electron microscopic representations of fit and intact organs or tissues, other than the place pathology is without delay correct to realizing general constitution and serve as. Highlights comprise microanatomy and endoscopic pictures of the temporal bone, human embryonic specimens demonstrating the histology of the constructing ear, and scanning electron micrographs of the organ of Corti and the vestibular receptors. There also are easy-to-use tables supplying an outline of the nerves and arteries of the attention and orbit, and medical specimens of the attention and optic pathways. A spouse compact disk includes high-resolution copies of the colour illustrations utilized in the book.
accomplished and richly illustrated, Atlas of the Sensory Organs: useful and medical Anatomy offers a close portrait of all of the sensory organs and comparable neural structures in one quantity replete with top of the range illustrations of unique specimens, recordings, and various schematic drawings.
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Extra resources for Atlas of the Sensory Organs: Functional and Clinical Anatomy
12. 13. Endolymphatic sac Vestibular pouch Vestibular nerve Cochlear nerve Cochlear pouch Anterior semicircular duct Absorption focus for posterior semicircular duct Absorption focus for anterior semicircular duct Posterior semicircular duct Lateral semicircular duct Vestibular nerve Saccule Cochlear nerve 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. Cochlea Crus commune Utricle Ampulla of posterior semicircular duct Ampulla of anterior semicircular duct Ampulla of lateral semicircular duct Endolymphatic duct Ductus reuniens Utriculoampullar nerve Posterior ampullar nerve Vestibular ganglion (of Scarpa) Saccular nerve Spiral ganglion (of Corti) Development of the membranous labyrinth and segregation of the cochlear and vestibular divisions of the acoustic nerve and ganglion (after Streeter and Arey).
Azan staining. 1. 2. 3. 4. 5. 6. 7. Cartilagineous otic capsule Perichondrium Embryonic mesenchyme in the middle ear Internal wall of the tubotympanic mucosa External wall of the tubotympanic mucosa Tympanic cavity Mass of ectodermal cells developing into the external acoustic meatus by means of canalization (meatal plug) 8. Radially oriented connective tissue forming the intermediate layer of the future tympanic membrane 26 9. 10. 11. 12. Fibrocartilagineous ring (tympanic annulus) Connective tissue Blood vessel in the embryonic mesenchyme External part of the middle layer of future tympanic membrane 13.
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. Middle cranial fossa Apex of petrous temporal bone Cochlea Tympanic cavity Malleus Incus Internal acoustic meatus Oval window (fenestra ovalis) Vestibule Tympanic sinus (tangential section) Transition between mastoid and tympanic parts of facial canal 12. Posterior cranial fossa 13. Vestibular aqueduct 14. Posterior semicircular canal ATLAS—EAR 47 Fig. 52 Axial CT image of left temporal bone. Courtesy of K. Hrabák. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.